Joshua Moner · Software developer · systems & embedded engineer

I build reliablesystems acrosssoftware and hardware.

I build production software, infrastructure, edge-ML systems, and embedded controllers with an emphasis on reliability and clear technical communication.

04 FLAGSHIP SYSTEMS · SOFTWARE THROUGH PHYSICAL CONTROL

FEATURED PROJECTOPEN CASE STUDY
A report promotion request moving through pull-request approvalDBAREQUESTDIFFAPPROVALFORM → PR → MERGE → RUNNER

Enterprise software · J.M. Smucker

BIP-OBTI Deployment

A production workflow that converts Oracle BI Publisher promotions into validated pull requests and approved CI/CD deployments.

ProductionLifecycle>90%Organizational reach
Explore the architecture
SELECT A SYSTEM
04 FLAGSHIP SYSTEMS03 PHYSICAL CONTROLLERS06 ML DEVELOPMENT PHASESPROD ENTERPRISE WORKFLOW

01 Selected work

Four engineering case studies.

Search all work
01 / ENTERPRISE SOFTWARE · J.M. SMUCKERA report promotion request moving through pull-request approvalDBAREQUESTDIFFAPPROVALFORM → PR → MERGE → RUNNER

BIP-OBTI Deployment

Production deployment

A production workflow that converts Oracle BI Publisher promotions into validated pull requests and approved CI/CD deployments.

ProductionLifecycle
Next.jsReactTypeScriptZodOracle BI Publisher+2
02 / PRODUCT ENGINEERING · KUBERNETES PLATFORMA GitOps-driven web and game services platformARGOCDWEBGAMESTATEPOLICYBUILDPRODUCT + PLATFORM ECOSYSTEM

RedoxForge Ecosystem

Production ecosystem

A public information platform backed by self-managed Kubernetes, GitOps delivery, persistent storage, and isolated game services.

3 + 1 nodesCluster shape
Next.jsReactSupabasePostgreSQLDraft.js+7
03 / MACHINE LEARNING · EDGE DEPLOYMENTAn audio waveform transformed into edge inference probabilitiesEDGE TPUWAVEFORM168 FEATURESAUDIO → MODEL → EDGE DEVICE

Edge ML Respiratory Monitor

Completed research prototype

A six-phase research project that advanced respiratory-audio classification from data preparation and CNN experiments to real-time Google Coral Edge TPU inference.

≈90%Initial validation
PythonTensorFlowTensorFlow LitePyTorchGoogle Coral / Edge TPU+2
04 / EMBEDDED CONTROL · PHYSICAL SYSTEMThree embedded controllers connected to one hydroponic water systemDWC RESERVOIR01DISPLAYSHT30 + 7-SEG02THERMAL LOOPPUMP + CHILLER03TOP-OFFD4 + D5 → A63 CONTROLLERS · 1 DWC SYSTEM

Hydroponic Automation

Operational system

Three independent Arduino controllers monitor the environment, regulate water temperature, and maintain the reservoir level in an operational hydroponic system.

3Independent controllers
C / C++ArduinoESP32ElectronicsSensors+1

02 Technical range

One engineer. Multiple layers.

03 How I work

A practical engineering approach.

01 /

Define the constraints

I identify the users, interfaces, failure modes, and success criteria before choosing an implementation.

02 /

Engineer the complete system

I treat frontend, APIs, infrastructure, model pipelines, firmware, and hardware as connected parts of one design.

03 /

Validate and communicate

I test critical behavior and document the decisions, tradeoffs, and evidence behind the final system.

04 Experience

Professional and academic experience.

May 2025 – August 2025

The J.M. Smucker Company

Information Services Developer

Developed secure Next.js applications, modular REST APIs, and governed Oracle workflows. Built and deployed BIP-OBTI Automated Deployment, which moved BI Publisher promotions into a GitHub-based review and release process.

Open related case study

August 2024 – May 2025

Russ College of Engineering and Technology

Teaching Assistant

Collaborated with engineering faculty on lesson delivery and provided one-on-one technical support to help students troubleshoot coursework and strengthen their understanding of core concepts.

05 Behind the work

Joshua Moner.
Always building.

My work spans enterprise web applications, Kubernetes platforms, edge machine learning, and embedded automation. I enjoy translating complex requirements into reliable systems that can be tested, explained, and maintained.

Contact and profile links

Let’s talk about systems
that work in the real world.